There are many types of lasers. Each laser has different characteristics which produce a different effect. These characteristics include:
Laser therapy uses light to favor and accelerate the body’s natural healing processes. The laser beam is moved over the skin so that the light energy (photons) penetrates the tissue where it interacts with various molecules (chromophores) that cause different biological effects. It produces a photochemical, photothermal and photomechanical effect.
The energy from laser light interacts with tissue, generating biological effects:
Direct transfer of energy to the biological sublayers (endogenous or exogenic chromophores).
Photothermic interaction is based on the conversion of option radiation into thermal energy which, at a microscopic level, occurs through the inelastic encounter between excited molecules following the absorption of photons.
The absorption of energy involves the formation of mechanical waves.
Anti-inflammatory and anti-edema effect:
These lasers use very low power, are limited to surface biostimulation, and often require many treatment sessions and long treatment times. Results are only achieved at the end of the treatment cycle, and results are limited because of the use of only one or two wavelengths that are not synchronized.
These lasers were developed with the expectation that greater power corresponded to better efficiency. On the contrary, unless suitably controlled, high power can thermally damage the treated tissue. Therefore, the majority of high power lasers cannot operate at their maximum power without causing damage.
MLS Laser Therapy is a patented emission system created to achieve an efficient and simultaneous effect on pain, contracture, inflammation, and edema within a short period of time. The patented control system that generates the MLS pulse synchronizes the emissions to achieve optimum results. Due to this characteristic synchronization, the various therapeutic effects not only take place at the same time, but reciprocally reinforce each other, without the risk of thermal damage.
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